2K Tinted Clear Coat Repair Process

Transcription

1 2K Tinted Repair Process GENERAL DESCRIPTION Spies Hecker s 9045, 9056, and 9057 will be needed to tint your existing Spies Hecker 2K clear coat for matching and repairing unique OEM blues like Ford Z9 or reds like Toyota 3T5 or 3T7, Nissan NBA, or Ford R3. The resulting blue or red tinted clear coats can be used over either Base Coat Series 293/295 or Permahyd Hi-TEC is needed for matching Ford Z9, 9056 is needed for matching Toyota 3T5, 3T7, and Nissan NBA, and 9057 is needed for matching Ford R3. The products referenced herein may not be sold in your market. Please consult your distributor for product availability. MIXING COMPONENTS CLEARCOATS s s MIX RATIO PERMASOLID HS HARDENERS Mixing table for 9045, 9056, or 9057 and or clear coat with HS Hardeners. Activate and reduce the clear coat after it has been tinted. In U.S. National Rule States, when using 9045 in 8180 or 8046 clear coat waterborne base coat must be used. Spies Hecker or or Mixing Ratio according to Spies Hecker or TDS MS Express 100 grams 1.0 gram 2.0 grams 3.0 grams 2: % 8046 MS 8180 HS grams 1.0 gram 2.0 grams 3.0 grams 2:1 100 grams 1.0 gram 2.0 grams 3.0 grams 2: % Low VOC 100 grams 1.0 gram 2.0 grams 3.0 grams 3: % 8096 Page 1 of 10

2 PERMASOLID VHS HARDENERS Mixing table for 9045, 9056, or 9057 and or clear coat with VHS Hardeners. Activate and reduce the clear coat after it has been tinted. In U.S. National Rule States, when using 9045 in 8180 or 8046 clear coat waterborne base coat must be used. Spies Hecker or or Mixing Ratio according to Spies Hecker or TDS HS Optimum 8600 MS Express 8046 MS 8180 HS 8035 HS Diamond 8450 Low VOC 8096 Air Dry Clear Coat grams 1.0 gram 2.0 grams 3.0 grams 3: % 100 grams 1.0 gram 2.0 grams 3.0 grams 3:1 + 10% 100 grams 1.0 gram 2.0 grams 3.0 grams 3:1 + 10% 100 grams 1.0 gram 2.0 grams 3.0 grams 3: % 100 grams 1.0 gram 2.0 grams 3.0 grams 3: % 100 grams 1.0 gram 2.0 grams 3.0 grams 5: % 100 grams 1.0 gram 2.0 grams 3.0 grams 4:1 + 30% Page 2 of 10

3 PERMASOLID LOW VOC HARDENERS Mixing table for 9045, 9056, or 9057 and clear coat with Low VOC Hardeners. Activate and reduce the clear coat after it has been tinted. Spies Hecker or or Mixing Ratio according to Spies Hecker or TDS Low VOC 8096 Low VOC 8098 Air Dry grams 1.0 gram 2.0 grams 3.0 grams 2: % 100 grams 1.0 gram 2.0 grams 3.0 grams 2:1 + 5% 100 grams 1.0 gram 2.0 grams 3.0 grams 4:1 + 20% APPLICATION VISCOSITY Please refer to the TDS for viscosity range of the respective or clear coat to be used. POT LIFE Approximately hour at 68 F/20 C when ready to spray. SPECIAL TIPS 1. 15% Elastic 9050 can be added to either the or tinted clear coat. Elastic 9050 must be mixed with the tinted clear coat or untinted clear coat prior to the addition of hardener and reducer. Note: If Elastic 9050 is added to the tinted clear coat, it should also be added in the same amount to the untinted or clear coat. Create a let-down panel and verify color when adding 15% Elastic 9050 to the tinted clear coat. APPLICATION SUBSTRATES Base Coat Series 293/295 (ground coat) (See Technical Data Sheet or ) Permahyd Hi-TEC 480 (ground coat) (See Technical Data Sheet 480) SPRAYGUN SETUP HVLP Approved Transfer Efficiency mm mm Please refer to gun manufacturer and local legislation for proper spray pressure recommendations. Page 3 of 10

4 APPLICATION Apply 1-2 coats as needed for color match. Please refer to the respective or clear coat TDS for product specific recommended flash-off times between coats. 2K Tinted Repair Process 1. Check color: Create a let-down panel to establish # of coats of tinted clear coat needed for color match. 2. Apply and blend the base coat: Refer to the Base Coat Series 293/295 TDS ( or ) or the Permahyd Hi-TEC 480 TDS. 3. Blend the tinted clear coat: Recoat the base coat with a single coat of tinted clear coat and verify color match. Apply additional coat(s) of tinted clear with minimal flash (2 5 minutes between coats), depending on clear choice, as needed to achieve color match (generally only 2 coats are required). Fade out zone of the tinted clear coat. Important Note: The tinted clear coat should not be applied over the entire blend panel or a darker color will result at the end of the panel. Page 4 of 10

5 Stagger tinted clear coat with each new application for best results. Fade out zone of the tinted clear coat. 4. Blend the clear coat into the tinted clear coat: Apply a single application of the untinted or clear coat from outside in. Blending the untinted clear coat. Blend the untinted clear coat wet-on-wet into the tinted clear coat. Please refer to the TDS of the respective or clear coat used for application recommendations. Please refer to the TDS of the respective or clear coat used for flash-off and drying time recommendations. Page 5 of 10

6 When using 9045 tinted clear coat: Due to the low concentration of pigment required for 9045 tinted clear coat, it is not necessary to overcoat with another application of untinted clear coat. Proceed to and end with Step 5. If a defect is present and sanding and polishing are required, overcoating with untinted clear is possible; in this case, proceed to steps 6, 7, 8, and 9. When using 9056 or 9057 tinted clear coat, over coating with untinted clear coat is required. Proceed to Steps 6, 7, 8, and 9. DRY TIMES 5. When using 9045 tinted clear coat, complete the repair by following the normal bake cycle required for the respective or clear coat used. Please refer to the TDS of the respective or clear coat used. DRY TIMES 6. When using 9056 or 9057 tinted clear coat or correcting a defect in the 9045, 9056, or 9057 tinted clear coat, sanding and polishing are required. Follow the normal bake cycle required for the respective or clear coat used. Please refer to the TDS of the respective or clear coat used. 7. After bake, allow panel(s) to cool completely. A careful intermediate sanding with P1000-P2000 is optional. APPLICATION 8. Apply coats of untinted or clear coat. DRY TIMES 9. Please refer to the TDS of the respective or clear coat used for dry time recommendations. Page 6 of 10

7 PHYSICAL PROPERTIES ing (8046 w/ HS Hardeners) Max. VOC (AP): 503 g/l; 4.2 lbs/gal Max. VOC (LE): 515 g/l; 4.3 lbs/gal Avg. Gallon Weight: g/l; 8.22 lbs/gal Avg. Weight % Volatiles: 52.5% Avg. Weight % Exempt Solvent: 1.1% Avg. Volume % Exempt Solvent: 1.3% Theoretical Coverage: sq. 1 mil ing (8180 w/ HS Hardeners) Max. VOC (AP): 503 g/l; 4.2 lbs/gal Max. VOC (LE): 503 g/l; 4.2 lbs/gal Avg. Gallon Weight: g/l; 8.29 lbs/gal Avg. Weight % Volatiles: 51.2% Avg. Volume % Exempt Solvent: 0.0% Theoretical Coverage: sq. 1 mil ing (8035 w/ HS Hardeners) Max. VOC (AP): 479 g/l; 4.0 lbs/gal Max. VOC (LE): 479 g/l; 4.0 lbs/gal Avg. Gallon Weight: g/l; 8.36 lbs/gal Avg. Weight % Volatiles: 47.7 % Avg. Volume % Exempt Solvent: 0.0% Theoretical Coverage: 752.4sq. 1 mil ing (8096 w/ HS Hardeners) Max. VOC (AP): 360 g/l; 3.0 lbs/gal Max. VOC (LE): 419 g/l; 3.5 lbs/gal Avg. Gallon Weight: g/l; 8.77 lbs/gal Avg. Weight % Volatiles: 50.2% Avg. Weight % Exempt Solvent: 15.6% Avg. Volume % Exempt Solvent: 13.6 % Theoretical Coverage: sq. 1 mil Page 7 of 10

8 ing (8046 w/ VHS Hardeners) Max. VOC (AP): 479 g/l; 4.0 lbs/gal Max. VOC (LE): 479 g/l; 4.0 lbs/gal Avg. Gallon Weight: g/l; 8.24 lbs/gal Avg. Weight % Volatiles: 49.2% Avg. Weight % Exempt Solvent: 1.2% Avg. Volume % Exempt Solvent: 1.4% Theoretical Coverage: sq. 1 mil ing (8180 w/ VHS Hardeners) Max. VOC (AP): 503 g/l; 4.2 lbs/gal Max. VOC (LE): 503 g/l; 4.2 lbs/gal Avg. Gallon Weight: g/l; 8.29 lbs/gal Avg. Weight % Volatiles: 50.1% Avg. Volume % Exempt Solvent: 0.0% Theoretical Coverage: sq. 1 mil ing (8035 w/vhs Hardeners) Max. VOC (AP): 479 g/l; 4.0 lbs/gal Max. VOC (LE): 479 g/l; 4.0 lbs/gal Avg. Gallon Weight: g/l; 8.34 lbs/gal Avg. Weight % Volatiles: 48.4 % Avg. Volume % Exempt Solvent: 0.0% Theoretical Coverage: sq. 1 mil ing (8096 w/ VHS Hardeners) Max. VOC (AP): 360 g/l; 3.0 lbs/gal Max. VOC (LE): 419 g/l; 3.5 lbs/gal Avg. Gallon Weight: g/l; 8.77 lbs/gal Avg. Weight % Volatiles: 50.1% Avg. Weight % Exempt Solvent: 16.2% Avg. Volume % Exempt Solvent: 14.2 % Theoretical Coverage: sq. 1 mil ing (8600 w/ VHS Hardeners) Max. VOC (AP): 479 g/l; 4.0 lbs/gal Max. VOC (LE): 479 g/l; 4.0 lbs/gal Avg. Gallon Weight: g/l; 8.23 lbs/gal Avg. Weight % Volatiles: 48.1% Avg. Volume % Exempt Solvent: 0.0 % Theoretical Coverage: sq. 1 mil Page 8 of 10

9 ing (8450 w/ VHS Hardeners) Max. VOC (AP): 467 g/l; 3.9 lbs/gal Max. VOC (LE): 467 g/l; 3.9 lbs/gal Avg. Gallon Weight: g/l; 8.24 lbs/gal Avg. Weight % Volatiles: 47.1% Avg. Volume % Exempt Solvent: 0.0 % Theoretical Coverage: sq. 1 mil ing (8096 w/ Low VOC Hardeners) Max. VOC (AP): 156 g/l; 1.3 lbs/gal Max. VOC (LE): 240 g/l; 2.0 lbs/gal Avg. Gallon Weight: g/l; 9.5 lbs/gal Avg. Weight % Volatiles: 54.4% Avg. Weight % Exempt Solvent: 40.9% Avg. Volume % Exempt Solvent: 36.1 % Theoretical Coverage: sq. 1 mil ing (8098 w/ Low VOC Hardeners) Max. VOC (AP): 156 g/l; 1.3 lbs/gal Max. VOC (LE): 240 g/l; 2.0 lbs/gal Avg. Gallon Weight: g/l; 9.58 lbs/gal Avg. Weight % Volatiles: 55.2% Avg. Weight % Exempt Solvent: 41.6% Avg. Volume % Exempt Solvent: 36.2 % Theoretical Coverage: sq. 1 mil VOC REGULATED AREAS These directions refer to the use of products which may be restricted or require special mixing instructions in VOC regulated areas. Follow mixing usage and recommendations in the VOC Compliant Products Chart for your area. SAFETY AND HANDLING For industrial use only by professional, trained painters. Not for sale to or use by the general public. Before using, read and follow all label and MSDS precautions. If mixed with other components, mixture will have hazards of all components. Ready to use paint materials containing isocyanates can cause irritation of the respiratory organs and hypersensitive reactions. Asthma sufferers, those with allergies and anyone with a history of respiratory complaints must not be asked to work with products containing isocyanates. Do not sand, flame cut, braze or weld dry coating without a NIOSH approved air purifying respirator with particulate filters or appropriate ventilation, and gloves. Page 9 of 10

10 Any analytical results set forth herein do not constitute a warranty of specific product features or of the product s suitability for a specific purpose. All products are sold pursuant to our general conditions of sale. We hereby disclaim all warranties and representations, express or implied, with respect to this product, including any warranty of merchantability or fitness for a particular purpose. This product is protected by patent law, trademark law, copyright law, international treaties and/or other applicable law. All rights reserved. Unauthorized sale, manufacturing or use may result in civil and criminal penalties. Revised: December 2017 Page 10 of 10